(set-info :smt-lib-version 2.6)
(set-logic QF_AX)
(set-info :source |
Benchmarks used in the followin paper:
Big proof engines as little proof engines: new results on rewrite-based satisfiability procedure
Alessandro Armando, Maria Paola Bonacina, Silvio Ranise, Stephan Schulz. 
PDPAR'05
http://www.ai.dist.unige.it/pdpar05/


|)
(set-info :category "crafted")
(set-info :status unsat)
(declare-sort Index 0)
(declare-sort Element 0)
(declare-fun a_0 () (Array Index Element))
(declare-fun a_1 () (Array Index Element))
(declare-fun a_10 () (Array Index Element))
(declare-fun a_100 () (Array Index Element))
(declare-fun a_101 () (Array Index Element))
(declare-fun a_102 () (Array Index Element))
(declare-fun a_103 () (Array Index Element))
(declare-fun a_104 () (Array Index Element))
(declare-fun a_105 () (Array Index Element))
(declare-fun a_106 () (Array Index Element))
(declare-fun a_107 () (Array Index Element))
(declare-fun a_108 () (Array Index Element))
(declare-fun a_109 () (Array Index Element))
(declare-fun a_11 () (Array Index Element))
(declare-fun a_110 () (Array Index Element))
(declare-fun a_111 () (Array Index Element))
(declare-fun a_112 () (Array Index Element))
(declare-fun a_113 () (Array Index Element))
(declare-fun a_114 () (Array Index Element))
(declare-fun a_115 () (Array Index Element))
(declare-fun a_116 () (Array Index Element))
(declare-fun a_117 () (Array Index Element))
(declare-fun a_118 () (Array Index Element))
(declare-fun a_119 () (Array Index Element))
(declare-fun a_12 () (Array Index Element))
(declare-fun a_13 () (Array Index Element))
(declare-fun a_14 () (Array Index Element))
(declare-fun a_15 () (Array Index Element))
(declare-fun a_16 () (Array Index Element))
(declare-fun a_17 () (Array Index Element))
(declare-fun a_18 () (Array Index Element))
(declare-fun a_19 () (Array Index Element))
(declare-fun a_2 () (Array Index Element))
(declare-fun a_20 () (Array Index Element))
(declare-fun a_21 () (Array Index Element))
(declare-fun a_22 () (Array Index Element))
(declare-fun a_23 () (Array Index Element))
(declare-fun a_24 () (Array Index Element))
(declare-fun a_25 () (Array Index Element))
(declare-fun a_26 () (Array Index Element))
(declare-fun a_27 () (Array Index Element))
(declare-fun a_28 () (Array Index Element))
(declare-fun a_29 () (Array Index Element))
(declare-fun a_3 () (Array Index Element))
(declare-fun a_30 () (Array Index Element))
(declare-fun a_31 () (Array Index Element))
(declare-fun a_32 () (Array Index Element))
(declare-fun a_33 () (Array Index Element))
(declare-fun a_34 () (Array Index Element))
(declare-fun a_35 () (Array Index Element))
(declare-fun a_36 () (Array Index Element))
(declare-fun a_37 () (Array Index Element))
(declare-fun a_38 () (Array Index Element))
(declare-fun a_39 () (Array Index Element))
(declare-fun a_4 () (Array Index Element))
(declare-fun a_40 () (Array Index Element))
(declare-fun a_41 () (Array Index Element))
(declare-fun a_42 () (Array Index Element))
(declare-fun a_43 () (Array Index Element))
(declare-fun a_44 () (Array Index Element))
(declare-fun a_45 () (Array Index Element))
(declare-fun a_46 () (Array Index Element))
(declare-fun a_47 () (Array Index Element))
(declare-fun a_48 () (Array Index Element))
(declare-fun a_49 () (Array Index Element))
(declare-fun a_5 () (Array Index Element))
(declare-fun a_50 () (Array Index Element))
(declare-fun a_51 () (Array Index Element))
(declare-fun a_52 () (Array Index Element))
(declare-fun a_53 () (Array Index Element))
(declare-fun a_54 () (Array Index Element))
(declare-fun a_55 () (Array Index Element))
(declare-fun a_56 () (Array Index Element))
(declare-fun a_57 () (Array Index Element))
(declare-fun a_58 () (Array Index Element))
(declare-fun a_59 () (Array Index Element))
(declare-fun a_6 () (Array Index Element))
(declare-fun a_60 () (Array Index Element))
(declare-fun a_61 () (Array Index Element))
(declare-fun a_62 () (Array Index Element))
(declare-fun a_63 () (Array Index Element))
(declare-fun a_64 () (Array Index Element))
(declare-fun a_65 () (Array Index Element))
(declare-fun a_66 () (Array Index Element))
(declare-fun a_67 () (Array Index Element))
(declare-fun a_68 () (Array Index Element))
(declare-fun a_69 () (Array Index Element))
(declare-fun a_7 () (Array Index Element))
(declare-fun a_70 () (Array Index Element))
(declare-fun a_71 () (Array Index Element))
(declare-fun a_72 () (Array Index Element))
(declare-fun a_73 () (Array Index Element))
(declare-fun a_74 () (Array Index Element))
(declare-fun a_75 () (Array Index Element))
(declare-fun a_76 () (Array Index Element))
(declare-fun a_77 () (Array Index Element))
(declare-fun a_78 () (Array Index Element))
(declare-fun a_79 () (Array Index Element))
(declare-fun a_8 () (Array Index Element))
(declare-fun a_80 () (Array Index Element))
(declare-fun a_81 () (Array Index Element))
(declare-fun a_82 () (Array Index Element))
(declare-fun a_83 () (Array Index Element))
(declare-fun a_84 () (Array Index Element))
(declare-fun a_85 () (Array Index Element))
(declare-fun a_86 () (Array Index Element))
(declare-fun a_87 () (Array Index Element))
(declare-fun a_88 () (Array Index Element))
(declare-fun a_89 () (Array Index Element))
(declare-fun a_9 () (Array Index Element))
(declare-fun a_90 () (Array Index Element))
(declare-fun a_91 () (Array Index Element))
(declare-fun a_92 () (Array Index Element))
(declare-fun a_93 () (Array Index Element))
(declare-fun a_94 () (Array Index Element))
(declare-fun a_95 () (Array Index Element))
(declare-fun a_96 () (Array Index Element))
(declare-fun a_97 () (Array Index Element))
(declare-fun a_98 () (Array Index Element))
(declare-fun a_99 () (Array Index Element))
(declare-fun a1 () (Array Index Element))
(declare-fun e1 () Element)
(declare-fun e10 () Element)
(declare-fun e11 () Element)
(declare-fun e12 () Element)
(declare-fun e13 () Element)
(declare-fun e14 () Element)
(declare-fun e15 () Element)
(declare-fun e16 () Element)
(declare-fun e17 () Element)
(declare-fun e18 () Element)
(declare-fun e19 () Element)
(declare-fun e2 () Element)
(declare-fun e20 () Element)
(declare-fun e21 () Element)
(declare-fun e22 () Element)
(declare-fun e23 () Element)
(declare-fun e24 () Element)
(declare-fun e25 () Element)
(declare-fun e26 () Element)
(declare-fun e27 () Element)
(declare-fun e28 () Element)
(declare-fun e29 () Element)
(declare-fun e3 () Element)
(declare-fun e30 () Element)
(declare-fun e31 () Element)
(declare-fun e32 () Element)
(declare-fun e33 () Element)
(declare-fun e34 () Element)
(declare-fun e35 () Element)
(declare-fun e36 () Element)
(declare-fun e37 () Element)
(declare-fun e38 () Element)
(declare-fun e39 () Element)
(declare-fun e4 () Element)
(declare-fun e40 () Element)
(declare-fun e41 () Element)
(declare-fun e42 () Element)
(declare-fun e43 () Element)
(declare-fun e44 () Element)
(declare-fun e45 () Element)
(declare-fun e46 () Element)
(declare-fun e47 () Element)
(declare-fun e48 () Element)
(declare-fun e49 () Element)
(declare-fun e5 () Element)
(declare-fun e50 () Element)
(declare-fun e51 () Element)
(declare-fun e52 () Element)
(declare-fun e53 () Element)
(declare-fun e54 () Element)
(declare-fun e55 () Element)
(declare-fun e56 () Element)
(declare-fun e57 () Element)
(declare-fun e58 () Element)
(declare-fun e59 () Element)
(declare-fun e6 () Element)
(declare-fun e60 () Element)
(declare-fun e7 () Element)
(declare-fun e8 () Element)
(declare-fun e9 () Element)
(declare-fun i1 () Index)
(declare-fun i10 () Index)
(declare-fun i11 () Index)
(declare-fun i12 () Index)
(declare-fun i13 () Index)
(declare-fun i14 () Index)
(declare-fun i15 () Index)
(declare-fun i16 () Index)
(declare-fun i17 () Index)
(declare-fun i18 () Index)
(declare-fun i19 () Index)
(declare-fun i2 () Index)
(declare-fun i20 () Index)
(declare-fun i21 () Index)
(declare-fun i22 () Index)
(declare-fun i23 () Index)
(declare-fun i24 () Index)
(declare-fun i25 () Index)
(declare-fun i26 () Index)
(declare-fun i27 () Index)
(declare-fun i28 () Index)
(declare-fun i29 () Index)
(declare-fun i3 () Index)
(declare-fun i30 () Index)
(declare-fun i31 () Index)
(declare-fun i32 () Index)
(declare-fun i33 () Index)
(declare-fun i34 () Index)
(declare-fun i35 () Index)
(declare-fun i36 () Index)
(declare-fun i37 () Index)
(declare-fun i38 () Index)
(declare-fun i39 () Index)
(declare-fun i4 () Index)
(declare-fun i40 () Index)
(declare-fun i41 () Index)
(declare-fun i42 () Index)
(declare-fun i43 () Index)
(declare-fun i44 () Index)
(declare-fun i45 () Index)
(declare-fun i46 () Index)
(declare-fun i47 () Index)
(declare-fun i48 () Index)
(declare-fun i49 () Index)
(declare-fun i5 () Index)
(declare-fun i50 () Index)
(declare-fun i51 () Index)
(declare-fun i52 () Index)
(declare-fun i53 () Index)
(declare-fun i54 () Index)
(declare-fun i55 () Index)
(declare-fun i56 () Index)
(declare-fun i57 () Index)
(declare-fun i58 () Index)
(declare-fun i59 () Index)
(declare-fun i6 () Index)
(declare-fun i60 () Index)
(declare-fun i7 () Index)
(declare-fun i8 () Index)
(declare-fun i9 () Index)
(assert (= a_0 (store a1 i1 e1)))
(assert (= a_1 (store a_0 i2 e2)))
(assert (= a_10 (store a_9 i11 e11)))
(assert (= a_100 (store a_99 i11 e11)))
(assert (= a_101 (store a_100 i1 e1)))
(assert (= a_102 (store a_101 i36 e36)))
(assert (= a_103 (store a_102 i54 e54)))
(assert (= a_104 (store a_103 i31 e31)))
(assert (= a_105 (store a_104 i47 e47)))
(assert (= a_106 (store a_105 i45 e45)))
(assert (= a_107 (store a_106 i5 e5)))
(assert (= a_108 (store a_107 i13 e13)))
(assert (= a_109 (store a_108 i24 e24)))
(assert (= a_11 (store a_10 i12 e12)))
(assert (= a_110 (store a_109 i28 e28)))
(assert (= a_111 (store a_110 i20 e20)))
(assert (= a_112 (store a_111 i29 e29)))
(assert (= a_113 (store a_112 i15 e15)))
(assert (= a_114 (store a_113 i12 e12)))
(assert (= a_115 (store a_114 i60 e60)))
(assert (= a_116 (store a_115 i41 e41)))
(assert (= a_117 (store a_116 i39 e39)))
(assert (= a_118 (store a_117 i46 e46)))
(assert (= a_119 (store a_118 i2 e2)))
(assert (= a_12 (store a_11 i13 e13)))
(assert (= a_13 (store a_12 i14 e14)))
(assert (= a_14 (store a_13 i15 e15)))
(assert (= a_15 (store a_14 i16 e16)))
(assert (= a_16 (store a_15 i17 e17)))
(assert (= a_17 (store a_16 i18 e18)))
(assert (= a_18 (store a_17 i19 e19)))
(assert (= a_19 (store a_18 i20 e20)))
(assert (= a_2 (store a_1 i3 e3)))
(assert (= a_20 (store a_19 i21 e21)))
(assert (= a_21 (store a_20 i22 e22)))
(assert (= a_22 (store a_21 i23 e23)))
(assert (= a_23 (store a_22 i24 e24)))
(assert (= a_24 (store a_23 i25 e25)))
(assert (= a_25 (store a_24 i26 e26)))
(assert (= a_26 (store a_25 i27 e27)))
(assert (= a_27 (store a_26 i28 e28)))
(assert (= a_28 (store a_27 i29 e29)))
(assert (= a_29 (store a_28 i30 e30)))
(assert (= a_3 (store a_2 i4 e4)))
(assert (= a_30 (store a_29 i31 e31)))
(assert (= a_31 (store a_30 i32 e32)))
(assert (= a_32 (store a_31 i33 e33)))
(assert (= a_33 (store a_32 i34 e34)))
(assert (= a_34 (store a_33 i35 e35)))
(assert (= a_35 (store a_34 i36 e36)))
(assert (= a_36 (store a_35 i37 e37)))
(assert (= a_37 (store a_36 i38 e38)))
(assert (= a_38 (store a_37 i39 e39)))
(assert (= a_39 (store a_38 i40 e40)))
(assert (= a_4 (store a_3 i5 e5)))
(assert (= a_40 (store a_39 i41 e41)))
(assert (= a_41 (store a_40 i42 e42)))
(assert (= a_42 (store a_41 i43 e43)))
(assert (= a_43 (store a_42 i44 e44)))
(assert (= a_44 (store a_43 i45 e45)))
(assert (= a_45 (store a_44 i46 e46)))
(assert (= a_46 (store a_45 i47 e47)))
(assert (= a_47 (store a_46 i48 e48)))
(assert (= a_48 (store a_47 i49 e49)))
(assert (= a_49 (store a_48 i50 e50)))
(assert (= a_5 (store a_4 i6 e6)))
(assert (= a_50 (store a_49 i51 e51)))
(assert (= a_51 (store a_50 i52 e52)))
(assert (= a_52 (store a_51 i53 e53)))
(assert (= a_53 (store a_52 i54 e54)))
(assert (= a_54 (store a_53 i55 e55)))
(assert (= a_55 (store a_54 i56 e56)))
(assert (= a_56 (store a_55 i57 e57)))
(assert (= a_57 (store a_56 i58 e58)))
(assert (= a_58 (store a_57 i59 e59)))
(assert (= a_59 (store a_58 i60 e60)))
(assert (= a_6 (store a_5 i7 e7)))
(assert (= a_60 (store a1 i9 e9)))
(assert (= a_61 (store a_60 i19 e19)))
(assert (= a_62 (store a_61 i14 e14)))
(assert (= a_63 (store a_62 i8 e8)))
(assert (= a_64 (store a_63 i25 e25)))
(assert (= a_65 (store a_64 i34 e34)))
(assert (= a_66 (store a_65 i37 e37)))
(assert (= a_67 (store a_66 i10 e10)))
(assert (= a_68 (store a_67 i7 e7)))
(assert (= a_69 (store a_68 i40 e40)))
(assert (= a_7 (store a_6 i8 e8)))
(assert (= a_70 (store a_69 i49 e49)))
(assert (= a_71 (store a_70 i44 e44)))
(assert (= a_72 (store a_71 i35 e35)))
(assert (= a_73 (store a_72 i38 e38)))
(assert (= a_74 (store a_73 i53 e53)))
(assert (= a_75 (store a_74 i3 e3)))
(assert (= a_76 (store a_75 i51 e51)))
(assert (= a_77 (store a_76 i59 e59)))
(assert (= a_78 (store a_77 i42 e42)))
(assert (= a_79 (store a_78 i18 e18)))
(assert (= a_8 (store a_7 i9 e9)))
(assert (= a_80 (store a_79 i6 e6)))
(assert (= a_81 (store a_80 i50 e50)))
(assert (= a_82 (store a_81 i21 e21)))
(assert (= a_83 (store a_82 i4 e4)))
(assert (= a_84 (store a_83 i52 e52)))
(assert (= a_85 (store a_84 i16 e16)))
(assert (= a_86 (store a_85 i32 e32)))
(assert (= a_87 (store a_86 i23 e23)))
(assert (= a_88 (store a_87 i33 e33)))
(assert (= a_89 (store a_88 i55 e55)))
(assert (= a_9 (store a_8 i10 e10)))
(assert (= a_90 (store a_89 i56 e56)))
(assert (= a_91 (store a_90 i58 e58)))
(assert (= a_92 (store a_91 i43 e43)))
(assert (= a_93 (store a_92 i22 e22)))
(assert (= a_94 (store a_93 i17 e17)))
(assert (= a_95 (store a_94 i27 e27)))
(assert (= a_96 (store a_95 i26 e26)))
(assert (= a_97 (store a_96 i30 e30)))
(assert (= a_98 (store a_97 i57 e57)))
(assert (= a_99 (store a_98 i48 e48)))
(assert (not (= i59 i60)))
(assert (not (= i58 i60)))
(assert (not (= i58 i59)))
(assert (not (= i57 i60)))
(assert (not (= i57 i59)))
(assert (not (= i57 i58)))
(assert (not (= i56 i60)))
(assert (not (= i56 i59)))
(assert (not (= i56 i58)))
(assert (not (= i56 i57)))
(assert (not (= i55 i60)))
(assert (not (= i55 i59)))
(assert (not (= i55 i58)))
(assert (not (= i55 i57)))
(assert (not (= i55 i56)))
(assert (not (= i54 i60)))
(assert (not (= i54 i59)))
(assert (not (= i54 i58)))
(assert (not (= i54 i57)))
(assert (not (= i54 i56)))
(assert (not (= i54 i55)))
(assert (not (= i53 i60)))
(assert (not (= i53 i59)))
(assert (not (= i53 i58)))
(assert (not (= i53 i57)))
(assert (not (= i53 i56)))
(assert (not (= i53 i55)))
(assert (not (= i53 i54)))
(assert (not (= i52 i60)))
(assert (not (= i52 i59)))
(assert (not (= i52 i58)))
(assert (not (= i52 i57)))
(assert (not (= i52 i56)))
(assert (not (= i52 i55)))
(assert (not (= i52 i54)))
(assert (not (= i52 i53)))
(assert (not (= i51 i60)))
(assert (not (= i51 i59)))
(assert (not (= i51 i58)))
(assert (not (= i51 i57)))
(assert (not (= i51 i56)))
(assert (not (= i51 i55)))
(assert (not (= i51 i54)))
(assert (not (= i51 i53)))
(assert (not (= i51 i52)))
(assert (not (= i50 i60)))
(assert (not (= i50 i59)))
(assert (not (= i50 i58)))
(assert (not (= i50 i57)))
(assert (not (= i50 i56)))
(assert (not (= i50 i55)))
(assert (not (= i50 i54)))
(assert (not (= i50 i53)))
(assert (not (= i50 i52)))
(assert (not (= i50 i51)))
(assert (not (= i49 i60)))
(assert (not (= i49 i59)))
(assert (not (= i49 i58)))
(assert (not (= i49 i57)))
(assert (not (= i49 i56)))
(assert (not (= i49 i55)))
(assert (not (= i49 i54)))
(assert (not (= i49 i53)))
(assert (not (= i49 i52)))
(assert (not (= i49 i51)))
(assert (not (= i49 i50)))
(assert (not (= i48 i60)))
(assert (not (= i48 i59)))
(assert (not (= i48 i58)))
(assert (not (= i48 i57)))
(assert (not (= i48 i56)))
(assert (not (= i48 i55)))
(assert (not (= i48 i54)))
(assert (not (= i48 i53)))
(assert (not (= i48 i52)))
(assert (not (= i48 i51)))
(assert (not (= i48 i50)))
(assert (not (= i48 i49)))
(assert (not (= i47 i60)))
(assert (not (= i47 i59)))
(assert (not (= i47 i58)))
(assert (not (= i47 i57)))
(assert (not (= i47 i56)))
(assert (not (= i47 i55)))
(assert (not (= i47 i54)))
(assert (not (= i47 i53)))
(assert (not (= i47 i52)))
(assert (not (= i47 i51)))
(assert (not (= i47 i50)))
(assert (not (= i47 i49)))
(assert (not (= i47 i48)))
(assert (not (= i46 i60)))
(assert (not (= i46 i59)))
(assert (not (= i46 i58)))
(assert (not (= i46 i57)))
(assert (not (= i46 i56)))
(assert (not (= i46 i55)))
(assert (not (= i46 i54)))
(assert (not (= i46 i53)))
(assert (not (= i46 i52)))
(assert (not (= i46 i51)))
(assert (not (= i46 i50)))
(assert (not (= i46 i49)))
(assert (not (= i46 i48)))
(assert (not (= i46 i47)))
(assert (not (= i45 i60)))
(assert (not (= i45 i59)))
(assert (not (= i45 i58)))
(assert (not (= i45 i57)))
(assert (not (= i45 i56)))
(assert (not (= i45 i55)))
(assert (not (= i45 i54)))
(assert (not (= i45 i53)))
(assert (not (= i45 i52)))
(assert (not (= i45 i51)))
(assert (not (= i45 i50)))
(assert (not (= i45 i49)))
(assert (not (= i45 i48)))
(assert (not (= i45 i47)))
(assert (not (= i45 i46)))
(assert (not (= i44 i60)))
(assert (not (= i44 i59)))
(assert (not (= i44 i58)))
(assert (not (= i44 i57)))
(assert (not (= i44 i56)))
(assert (not (= i44 i55)))
(assert (not (= i44 i54)))
(assert (not (= i44 i53)))
(assert (not (= i44 i52)))
(assert (not (= i44 i51)))
(assert (not (= i44 i50)))
(assert (not (= i44 i49)))
(assert (not (= i44 i48)))
(assert (not (= i44 i47)))
(assert (not (= i44 i46)))
(assert (not (= i44 i45)))
(assert (not (= i43 i60)))
(assert (not (= i43 i59)))
(assert (not (= i43 i58)))
(assert (not (= i43 i57)))
(assert (not (= i43 i56)))
(assert (not (= i43 i55)))
(assert (not (= i43 i54)))
(assert (not (= i43 i53)))
(assert (not (= i43 i52)))
(assert (not (= i43 i51)))
(assert (not (= i43 i50)))
(assert (not (= i43 i49)))
(assert (not (= i43 i48)))
(assert (not (= i43 i47)))
(assert (not (= i43 i46)))
(assert (not (= i43 i45)))
(assert (not (= i43 i44)))
(assert (not (= i42 i60)))
(assert (not (= i42 i59)))
(assert (not (= i42 i58)))
(assert (not (= i42 i57)))
(assert (not (= i42 i56)))
(assert (not (= i42 i55)))
(assert (not (= i42 i54)))
(assert (not (= i42 i53)))
(assert (not (= i42 i52)))
(assert (not (= i42 i51)))
(assert (not (= i42 i50)))
(assert (not (= i42 i49)))
(assert (not (= i42 i48)))
(assert (not (= i42 i47)))
(assert (not (= i42 i46)))
(assert (not (= i42 i45)))
(assert (not (= i42 i44)))
(assert (not (= i42 i43)))
(assert (not (= i41 i60)))
(assert (not (= i41 i59)))
(assert (not (= i41 i58)))
(assert (not (= i41 i57)))
(assert (not (= i41 i56)))
(assert (not (= i41 i55)))
(assert (not (= i41 i54)))
(assert (not (= i41 i53)))
(assert (not (= i41 i52)))
(assert (not (= i41 i51)))
(assert (not (= i41 i50)))
(assert (not (= i41 i49)))
(assert (not (= i41 i48)))
(assert (not (= i41 i47)))
(assert (not (= i41 i46)))
(assert (not (= i41 i45)))
(assert (not (= i41 i44)))
(assert (not (= i41 i43)))
(assert (not (= i41 i42)))
(assert (not (= i40 i60)))
(assert (not (= i40 i59)))
(assert (not (= i40 i58)))
(assert (not (= i40 i57)))
(assert (not (= i40 i56)))
(assert (not (= i40 i55)))
(assert (not (= i40 i54)))
(assert (not (= i40 i53)))
(assert (not (= i40 i52)))
(assert (not (= i40 i51)))
(assert (not (= i40 i50)))
(assert (not (= i40 i49)))
(assert (not (= i40 i48)))
(assert (not (= i40 i47)))
(assert (not (= i40 i46)))
(assert (not (= i40 i45)))
(assert (not (= i40 i44)))
(assert (not (= i40 i43)))
(assert (not (= i40 i42)))
(assert (not (= i40 i41)))
(assert (not (= i39 i60)))
(assert (not (= i39 i59)))
(assert (not (= i39 i58)))
(assert (not (= i39 i57)))
(assert (not (= i39 i56)))
(assert (not (= i39 i55)))
(assert (not (= i39 i54)))
(assert (not (= i39 i53)))
(assert (not (= i39 i52)))
(assert (not (= i39 i51)))
(assert (not (= i39 i50)))
(assert (not (= i39 i49)))
(assert (not (= i39 i48)))
(assert (not (= i39 i47)))
(assert (not (= i39 i46)))
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(assert (not (= i4 i13)))
(assert (not (= i4 i12)))
(assert (not (= i4 i11)))
(assert (not (= i4 i10)))
(assert (not (= i4 i9)))
(assert (not (= i4 i8)))
(assert (not (= i4 i7)))
(assert (not (= i4 i6)))
(assert (not (= i4 i5)))
(assert (not (= i3 i60)))
(assert (not (= i3 i59)))
(assert (not (= i3 i58)))
(assert (not (= i3 i57)))
(assert (not (= i3 i56)))
(assert (not (= i3 i55)))
(assert (not (= i3 i54)))
(assert (not (= i3 i53)))
(assert (not (= i3 i52)))
(assert (not (= i3 i51)))
(assert (not (= i3 i50)))
(assert (not (= i3 i49)))
(assert (not (= i3 i48)))
(assert (not (= i3 i47)))
(assert (not (= i3 i46)))
(assert (not (= i3 i45)))
(assert (not (= i3 i44)))
(assert (not (= i3 i43)))
(assert (not (= i3 i42)))
(assert (not (= i3 i41)))
(assert (not (= i3 i40)))
(assert (not (= i3 i39)))
(assert (not (= i3 i38)))
(assert (not (= i3 i37)))
(assert (not (= i3 i36)))
(assert (not (= i3 i35)))
(assert (not (= i3 i34)))
(assert (not (= i3 i33)))
(assert (not (= i3 i32)))
(assert (not (= i3 i31)))
(assert (not (= i3 i30)))
(assert (not (= i3 i29)))
(assert (not (= i3 i28)))
(assert (not (= i3 i27)))
(assert (not (= i3 i26)))
(assert (not (= i3 i25)))
(assert (not (= i3 i24)))
(assert (not (= i3 i23)))
(assert (not (= i3 i22)))
(assert (not (= i3 i21)))
(assert (not (= i3 i20)))
(assert (not (= i3 i19)))
(assert (not (= i3 i18)))
(assert (not (= i3 i17)))
(assert (not (= i3 i16)))
(assert (not (= i3 i15)))
(assert (not (= i3 i14)))
(assert (not (= i3 i13)))
(assert (not (= i3 i12)))
(assert (not (= i3 i11)))
(assert (not (= i3 i10)))
(assert (not (= i3 i9)))
(assert (not (= i3 i8)))
(assert (not (= i3 i7)))
(assert (not (= i3 i6)))
(assert (not (= i3 i5)))
(assert (not (= i3 i4)))
(assert (not (= i2 i60)))
(assert (not (= i2 i59)))
(assert (not (= i2 i58)))
(assert (not (= i2 i57)))
(assert (not (= i2 i56)))
(assert (not (= i2 i55)))
(assert (not (= i2 i54)))
(assert (not (= i2 i53)))
(assert (not (= i2 i52)))
(assert (not (= i2 i51)))
(assert (not (= i2 i50)))
(assert (not (= i2 i49)))
(assert (not (= i2 i48)))
(assert (not (= i2 i47)))
(assert (not (= i2 i46)))
(assert (not (= i2 i45)))
(assert (not (= i2 i44)))
(assert (not (= i2 i43)))
(assert (not (= i2 i42)))
(assert (not (= i2 i41)))
(assert (not (= i2 i40)))
(assert (not (= i2 i39)))
(assert (not (= i2 i38)))
(assert (not (= i2 i37)))
(assert (not (= i2 i36)))
(assert (not (= i2 i35)))
(assert (not (= i2 i34)))
(assert (not (= i2 i33)))
(assert (not (= i2 i32)))
(assert (not (= i2 i31)))
(assert (not (= i2 i30)))
(assert (not (= i2 i29)))
(assert (not (= i2 i28)))
(assert (not (= i2 i27)))
(assert (not (= i2 i26)))
(assert (not (= i2 i25)))
(assert (not (= i2 i24)))
(assert (not (= i2 i23)))
(assert (not (= i2 i22)))
(assert (not (= i2 i21)))
(assert (not (= i2 i20)))
(assert (not (= i2 i19)))
(assert (not (= i2 i18)))
(assert (not (= i2 i17)))
(assert (not (= i2 i16)))
(assert (not (= i2 i15)))
(assert (not (= i2 i14)))
(assert (not (= i2 i13)))
(assert (not (= i2 i12)))
(assert (not (= i2 i11)))
(assert (not (= i2 i10)))
(assert (not (= i2 i9)))
(assert (not (= i2 i8)))
(assert (not (= i2 i7)))
(assert (not (= i2 i6)))
(assert (not (= i2 i5)))
(assert (not (= i2 i4)))
(assert (not (= i2 i3)))
(assert (not (= i1 i60)))
(assert (not (= i1 i59)))
(assert (not (= i1 i58)))
(assert (not (= i1 i57)))
(assert (not (= i1 i56)))
(assert (not (= i1 i55)))
(assert (not (= i1 i54)))
(assert (not (= i1 i53)))
(assert (not (= i1 i52)))
(assert (not (= i1 i51)))
(assert (not (= i1 i50)))
(assert (not (= i1 i49)))
(assert (not (= i1 i48)))
(assert (not (= i1 i47)))
(assert (not (= i1 i46)))
(assert (not (= i1 i45)))
(assert (not (= i1 i44)))
(assert (not (= i1 i43)))
(assert (not (= i1 i42)))
(assert (not (= i1 i41)))
(assert (not (= i1 i40)))
(assert (not (= i1 i39)))
(assert (not (= i1 i38)))
(assert (not (= i1 i37)))
(assert (not (= i1 i36)))
(assert (not (= i1 i35)))
(assert (not (= i1 i34)))
(assert (not (= i1 i33)))
(assert (not (= i1 i32)))
(assert (not (= i1 i31)))
(assert (not (= i1 i30)))
(assert (not (= i1 i29)))
(assert (not (= i1 i28)))
(assert (not (= i1 i27)))
(assert (not (= i1 i26)))
(assert (not (= i1 i25)))
(assert (not (= i1 i24)))
(assert (not (= i1 i23)))
(assert (not (= i1 i22)))
(assert (not (= i1 i21)))
(assert (not (= i1 i20)))
(assert (not (= i1 i19)))
(assert (not (= i1 i18)))
(assert (not (= i1 i17)))
(assert (not (= i1 i16)))
(assert (not (= i1 i15)))
(assert (not (= i1 i14)))
(assert (not (= i1 i13)))
(assert (not (= i1 i12)))
(assert (not (= i1 i11)))
(assert (not (= i1 i10)))
(assert (not (= i1 i9)))
(assert (not (= i1 i8)))
(assert (not (= i1 i7)))
(assert (not (= i1 i6)))
(assert (not (= i1 i5)))
(assert (not (= i1 i4)))
(assert (not (= i1 i3)))
(assert (not (= i1 i2)))
(assert (not (= a_59 a_119)))
(check-sat)
(exit)
